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首页> 外文期刊>Cytogenetic and genome research >Molecular genetic delineation of a deletion of chromosome 13q12-->q13 in a patient with autism and auditory processing deficits.
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Molecular genetic delineation of a deletion of chromosome 13q12-->q13 in a patient with autism and auditory processing deficits.

机译:自闭症和听觉处理缺陷患者的13q12-> q13染色体缺失的分子遗传学描述。

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    摘要

    In a sporadic case of autism and language deficit due to auditory processing defects, molecular genetic studies revealed that a chromosomal deletion occurred in the 13q12-->q13 region. No chromosome abnormalities were detected in the parents. We determined that the deletion occurred on the paternally derived chromosome 13. There are two previous reports of chromosome 13 abnormalities in patients with autism. The deletion in the subject described in this paper maps between the two chromosome 13 linkage peaks described by Bradford et al. (2001) in studies of subjects with autism and language deficits. The 9-Mb region deleted in the patient described here contains at least four genes that are expressed in brain and that play a role in brain development. They are NBEA, MAB21L1, DCAMKL1 and MADH9. These genes therefore represent candidate genes for autism and specific language deficits.
    机译:在因听觉处理缺陷而导致的自闭症和语言缺陷的零星情况下,分子遗传学研究表明,染色体缺失发生在13q12-> q13地区。父母中未发现染色体异常。我们确定删除发生在父系染色体13号上。自闭症患者先前有两个13号染色体异常的报道。本文所述对象的缺失定位于Bradford等人描述的两个13号染色体连锁峰之间。 (2001年)在研究自闭症和语言缺陷的对象。此处描述的患者缺失的9-Mb区包含至少四个在大脑中表达并在大脑发育中起作用的基因。它们是NBEA,MAB21L1,DCAMKL1和MADH9。因此,这些基因代表自闭症和特定语言缺陷的候选基因。

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